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Automation for Ship Renewable Energy Systems Unveiled

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As part of the ongoing strategy to prepare its EnergySail and Aquarius MRE for commercial release, Eco Marine Power (EMP) unveiled further details of its automated control and monitoring systems. 

These will enable EMP’s technologies to integrate with existing ship-based systems. This will facilitate the seamless operation between EMP's renewable energy platforms with other equipment on ships including fuel flow meters.

Three marine computer systems jointly developed with KEI System Ltd will be integrated to provide a robust, reliable and easy to operate control and monitoring platform for all elements of Aquarius Marine Renewable Energy (MRE). 

These include the Aquarius Management and Automation System (Aquarius MAS), the EnergySail Automated Control System (EnergySail ACS) and Aquarius Integrated Management System (Aquarius IMS). Effectively the EnergySail ACS is used for automated control of the EnergySail’s either as stand-alone units or as part of an array. Aquarius MAS manages EMP's ship solar power system including monitoring the charge controllers and hybrid battery packs.

Overall the Aquarius IMS is the central interface and control platform for both the Aquarius MAS and EnergySail ACS. The overall system architecture also includes redundancy and the ability to monitor equipment on tablet computers via on-board WiFi links. Operational and performance data is also displayed and logged in real time including fuel consumption, calculated CO2, NOx, SOx emissions, ship speed and location, solar power output plus the status of the EnergySail's. This data can easily be sent back to an onshore support or technical office for further analysis.

A major focus of the system development has been related to the intelligent control of the EnergySail's either when used individually or part of an array. Fine tuning of the control algorithms is ongoing and this work encompasses elements of robotics engineering, computational fluid dynamics (CFD) and artificial intelligence (AI). This methodology is a key component of EMP's intellectual property (IP) strategy.

In addition to being incorporated as part of a complete Aquarius MRE solution, each of the marine computer systems has other applications as well. For example the Aquarius MAS can be configured as a compact version and used to monitor fuel consumption and emissions or installed as part of an Aquarius Marine Solar Power package.

Source:marinelink

LNG Shipping Rates Double Since End-August

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Headline rates for shipping liquefied natural gas (LNG) in Pacific and Atlantic basins stand at around $140,000 to $150,000 a day for a 160,000 cubic meter LNG tri-fuel diesel electric (TFDE) vessel, brokers say.

That is a 6-year high and compares to Atlantic basin rates of $75,000 at the end of August and around $95,000 at the end of September.

Rates have jumped due to supply from new plants, longer distances traveled and anticipation of higher prices prompting shippers to lock in longer-duration contracts.

"Charterers continue to lock in multi-month contracts ahead of the winter and we continue to believe LNG shipping rates will remain strong due to very attractive supply/demand fundamentals in the coming quarters," Jefferies said this week.

The high rates have slowed down spot LNG deliveries in Asia, said an Asia-based LNG trader, as shipping at such prices can account for over 10 percent of the price of LNG itself.

Asian spot LNG prices have fallen for the fourth week running thanks to fresh supplies from Australialower oil prices and the absence of Chinese buyers.

Individual spot deals for shipping LNG have been heard as high as $200,000 a day in Asia, one broker said.

High shipping rates however have not deterred cargoes from Northwest Europe which is receiving an unusually high level of LNG even in the run-up to winter.

European LNG supplies tend to come from Qatar, Africa and Russia, with shorter distances needing to be shipped and at lower LNG prices

Source:marinelink

US, Russian Energy Majors Join to Push LNG in India, Japan

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Russia's energy major Rosneft and US ExxonMobil plan to build a liquefied natural gas (LNG) plant in a consortium with Indian and Japanese partners, spreading the estimated $15 billion cost, Reuters reported.

The report said that  the LNG production project will come up in partnership with Japan’s SODECO and India’s ONGC Videsh.

All four companies are partners in the Sakhalin-1 fields from which the requisite gas for the facility will be drawn, however Rosneft and Exxon had previously planned to build the facility without the other partners.

As well as spreading the costs among more stakeholders, the broader involvement of the participants may mitigate sanctions risk, according to the report.

The benefits of the broader partnership include not only spreading the cost of the project, which has been estimated to be US$15 billion, but it may also help with the mitigation of sanctions risk.

Russia has an ambitious plan doubling its global LNG market share to 20 percent in the next decade. The country has two other LNG plants – Novatek's Yamal LNG and Gazprom's Sakhalin-2.

Source:marinelink

Asia-Pac Offshore Wind Capacity to Rise 20-fold in a Decade: Wood Mackenzie

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Asia-Pacific's offshore wind capacity will rise 20-fold to 43 GW in 2027, said new research from global natural resources consultancy Wood Mackenzie. Future offshore wind prices will be competitive with traditional thermal prices, it said.

Leading the charge is China, which is expected to see offshore wind capacity grow from 2 GW last year to 31 GW in the next decade.

Next is Taiwan which will account for 20% or 8.7 GW of offshore wind capacity by 2027, making it the largest offshore wind market in Asia-Pacific excluding China (APeC) by 2020.

"Taiwan presents the biggest offshore market in APeC due to a relatively stable regulatory regime, a supportive government, and openness to foreign investment," said Wood Mackenzie senior analyst Robert Liew.

Currently, Taiwan relies heavily on coal, gas and nuclear for power. However, the government has pledged to shut down nuclear plants by 2025, thereby leaving a void of 5 GW of power capacity to be filled. Offshore wind is poised to fill this gap as more than 5.7 GW of projects have been approved and planned for commissioning by 2025.

Driven by declining prices, a few markets in Asia-Pacific have set ambitious offshore wind targets. However, not every market is set for success as a stable domestic offshore supply chain and strong government support are needed to sustain growth in the long term.

"Together with South Korea and Japan, East Asia needs around US$37 billion in investments to meet the mammoth growth in offshore wind capacity over the next five years," Mr Liew said.

"The good news is that prices are coming down. Future offshore wind prices are projected to be competitive with traditional thermal prices by 2025," he added. "This should attract investments in offshore wind, though Asia-Pacific is still playing catch-up with Europe as it is still in the process of establishing a dedicated infrastructure to support large scale offshore growth."

Despite the enormous potential of offshore wind in Asia-Pacific, key challenges around technology maturity and limited regional offshore wind supply chain remain.

Advanced offshore technology used in regional leader China still lags behind that of European offshore. For example, leading Chinese offshore turbine supplier Shanghai Electric continues to be reliant on technology licenses from European turbine original equipment manufacturer (OEM), Siemens-Gamesa Renewable Energy, and regional turbine suppliers still do not offer offshore wind turbines in the >8MW class which are now preferred by leading offshore wind developers.

Outside of China, local turbine suppliers in Korea and Japan are investing in new and larger offshore machines comparable to western turbines. This will take time as it will require more research and development, testing new demonstration units, and establishing developer buy-in.

In addition, to support the ambitious growth in offshore wind capacity, a robust supply chain needs to be developed. Maritime infrastructure, establishing a local vessel fleet to install and service offshore wind farms, and upgrades to transmission systems will take time to be built up. This will require strong commitments by regional governments to support and invest in the growth of offshore wind.

Mr Liew said: "Fortunately, the experience in Europe is that when such support systems are in place, growth will be exponential given the increasing competitiveness of offshore wind prices, and developers eager to take advantage of economies of scale, local suppliers and opportunities in new markets."

Source:marinelink

Zero carbon at sea? Rotterdam port eyes a greener future

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In Rotterdam, ships from around the world cruise in and out of Europe's busiest port, a bustling industrial hub that employs almost 200,000 people and produces 20 percent of the Netherlands' climate-changing gases.

As Rotterdam tries to cut its emissions – in line with global goals to curb global warming – shipping emissions are a particular challenge, not least because many fall outside the targets set by the Paris Agreement to curb climate change.

But the city's bustling port is starting to take them on.

It has introduced financial incentives for fume-belching ships and other port facilities to invest in renewable power, with the aim of slashing the port's carbon dioxide emissions from shipping and industry by 49 percent by 2030.

By 2050, emissions would fall 90 percent, in line with national targets, according to the plan.

The goals fit alongside new efforts by the International Maritime Organization (IMO) – the United Nations body that regulates shipping – to cut shipping emissions, which were not part of the Paris Agreement.

The IMO in April, under pressure from low-lying island states, for the first time set a target of slashing emissions by at least 50 percent by 2050, compared to 2008.

Such efforts will have implications beyond Rotterdam, with 90 percent of global goods transported by ship and international shipping responsible for 2.2 percent of greenhouse gas emissions – the same total as Germany, according to the IMO.

Every sector needs to do its bit to contribute to the fight against climate change,” Natasha Brown, a spokeswoman for the IMO, told the Thomson Reuters Foundation.

Clean Transport
Rotterdam is one of more than 25 cities, from Seoul to Medellin, that have pledged to buy only zero-emission buses by 2025 and take other steps to make major areas of their city zero emission zones by 2030.

Each is going about achieving the goal in its own way. But because cities account for about three-quarters of carbon dioxide emissions, according to the U.N., and consume more than two-thirds of the world's energy, whether they succeed or fail will have a huge impact on whether the world's climate goals are met.

In Rotterdam, greening port facilities that are heavily reliant on fossil fuels – and home to five large oil refineries – is a first big task.

Doing nothing is not an option,” said Caroline Kroes, program lead of the energy transition strategy at the port.

But making port facilities greener must be combined with efforts to cut global shipping emissions, she said.

The Paris Agreement is not possible if anyone stays behind. Everyone will have to move and change,” Kroes told the Thomson Reuters Foundation at her office in Rotterdam.

In a bid to encourage cleaner shipping, the port has introduced financial incentives for low- or zero-carbon vessels, including an Environmental Ship Index, which began measuring the emissions of individual ships last year.

Since July 2017, all ships that dock at Rotterdam port have received a score out of 100 based on how much nitrogen oxide and sulphur oxide they emit – and carbon dioxide was added to the mix this year.

Using the index, the port offers discounts on port costs to the cleanest ships.

Making ships and port processes more efficient also is key to slashing emissions, Kroes said.

Improving efficiency means you need less fuel, so you save costs and reduce emissions at the same time,” she said.

One way that is happening is by better coordinating ship arrivals and departures, to cut waiting time.

This year the port launched Pronto, a digital platform where shipping companies and service providers can exchange information about their port visits.

That information exchange alone is expected to reduce waiting times for ships and cut emissions by up to 20 percent, according to Leon Willems, a port spokesman.

If ships on average spent 12 hours less in harbor, climate-changing emissions from their visits would fall by 35 percent, according to a study released this month by the Port of Rotterdam Authority.

Batteries at Sea?
Fully electric sea ships are not yet on the horizon in the Netherlands, as they are still costly to make and infrastructure to service them on shore is not yet in place, Kroes said.

But vessels that operate on rivers and other inland water bodies in the Netherlands are moving in that direction.

This year the port of Rotterdam formed a partnership with Skoon Energy B.V., a Dutch startup that helps existing ships switch from fossil fuel engines to electric propulsion.

The startup builds rechargeable battery packs, known as Skoonboxes, that can be fitted on combined diesel-electric vessels. The port is helping the company establish a network of charging hubs for the swappable batteries.

More and more companies are investing in hybrid-fuel ships, with both electric engines and diesel generators, in order to cut their costs and their emissions, Skoon Energy founder Peter Paul van Voorst told the Thomson Reuters Foundation.

We see people switching (to hybrid vessels) for various reasons: efficiency, reliable quality of the fuel and sustainability. It is a no-brainer to have a clean ship. It's a better business case,” van Voorst said in a telephone interview.

Among those making the switch is Dutch company Damen Shipyards Group, which is trying out the Skoonboxes over the next few months aboard the 110-meter diesel-electric M.S. Borelli, a vessel that transports containers between the ports of Rotterdam and Hengelo, a city in the eastern Netherlands.

The Skoonbox, accompanied with a network of charging hubs, will allow for full electric sailing. It is one of many ways to shift the shipping industry towards clean solutions,” said Solco Reijnders, program manager for innovation at Damen Shipyards.

He said he "would not be surprised that in 10-15 years (much of) the shipping industry has shifted to completely emissions-free operations”.

'Incredibly Expensive'
Reaching the International Maritime Organization's targets to cut shipping emissions will be costly, and take investment from both governments and private, experts said.

“Building onshore infrastructure is definitely the government’s responsibility. Ports are not going to build this, as it is incredibly expensive,” said Johan de Jong, international relations manager at the Maritime Research Institute Netherlands.

A bit of help may be on the way. In 2018, the Dutch government allocated 1.25 million euros ($1.4 million) for innovative shipping projects, and in 2019 it is expected to unveil a new 'Green Deal' to promote sustainable shipping.

But more economically viable solutions are needed to encourage ship owners and operators to adopt low- or zero-carbon practices, van Voorst said.

It is up to the renewable energy side to become a cheaper alternative,” he said. “That is what it eventually comes down to: Is it cheaper to go clean or go dirty?

Source:marinelink

Sif, EEW and Bladt share Borssele 1&2 spoils

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Orsted has contracted Sif, EEW SPC, EEW OSB and Bladt Industries to supply foundations and some of the transition pieces for the 752MW Borssele 1&2 wind complex off the coast of the Netherlands.

Sif and EEW SPC will both deliver half of the 94 monopile foundations for the Siemens Gamesa 8MW turbines, while Bladt and EEW OSB will each deliver 35 transition pieces.

An order for the remaining 24 TPs will be placed later this year, Orsted said.

Orsted EPC director for Borssele 1&2 Henrik Egholm said: “With Sif, EEW, OSB and Bladt we have a strong mix of local and international suppliers. We are very pleased to work for the first time with Sif, as it is a competent and experienced Dutch supplier.

Sif commercial manager wind Richard Jongen said: “This is the first time Sif is going to manufacture the offshore foundations for a wind project on behalf of Orsted.

With our new assembly facility and state-of-the-art deep-sea quay on Maasvlakte II (Port of Rotterdam), Sif is ideally located and perfectly equipped to efficiently produce and deliver the monopile foundations.”

EEW SPC managing director Heiko Mützelburg said: "With this order we are off to a good start in 2019. In addition, with the Dutch offshore wind project Borssele 1&2 we are able to deliver from EEW OSB outside the UK for the first time.”

Bladt Industries head of commercial and sales Lars Bender added: “We have worked closely together with Orsted for the last decade on fabrication of foundations and substations.”

"We highly appreciate the cooperation and partnership with Orsted – and we are very happy to continue our close cooperation on Orsted’s first project in the Netherlands.”

Source:renews

Orsted adds to Changhua pile

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Orsted has contracted CSBC Corp to provide a “significant number” of foundation pin-piles for the first 900MW of the Greater Changhua offshore wind farm development off Taiwan.

Local company CSBC Corp plans to invest in a new production line to manufacture the pin-piles.

It will also use Kaohsiung Harbour as the heavy-lift terminal for assembly and temporary storage.

Each pile will be up to 90 metres long and weigh 20,000 tonnes.

CSBC will also be a preferred supplier for Orsted’s future wind farm projects to be built in 2025.

Orsted Asia-Pacific general manager Matthias Bausenwein said: “We will use Orsted designed jacket foundations which are tailored to meet the seabed conditions in Taiwan.

Each foundation will be supported by three pin-piles that are driven into the seabed, forming a robust foundation structure to sustain the weight of the tower and wind turbine system.

We are glad to have found a partner like CSBC, a company that has many years of experience in heavy industry and shipbuilding.”

Orsted has also contracted Formosa Heavy Industries to supply pin piles for the project.

Offshore construction is expected to start in 2021 on the first 900MW of the Greater Changhua projects that could have the potential for 2.4GW across four sites.

Source:Renews

EEW OSB takes slice of Borssele 1&2 TPs

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Teesside yard EEW OSB is to supply 35 transition pieces for Orsted's 752MW Borssele 1&2 wind complex off the coast of the Netherlands.

Orsted UK managing director Matthew Wright said: “This multi-million pound order secures 180 jobs in Teesside and high utilisation in the facility for the first half of 2019.”

By building long-term relationships with highly productive suppliers such as EEW OSB, MHI Vestas Blades UK, and Ordtek, UK companies from across the value chain can not only benefit from UK projects, they can really take advantage of the growing global export opportunity.

Another deal involves Dutch company Boskalis and UK outfit Tekmar Energy. The companies have announced a framework agreement covering new product development and innovation in the offshore wind industry.

Tekmar expects to create 50 highly-skilled UK jobs across the sector as a result of the deal.

Meanwhile, Dutch offshore engineering company Royal IHC is to open a new base in Newcastle at the end of the month.

The Department for International Trade is hosting the Innovation Showcase, as King Willem-Alexander and Queen Maxima of the Netherlands visit the UK for their first official visit.

BEIS Secretary Greg Clark said: “The UK has become a beacon for clean growth, leading the world in cutting emissions whilst growing the economy and creating almost 400,000 jobs across the UK.

“Our Industrial Strategy identified clean growth as one of the greatest industrial opportunities for the UK. Tekmar Energy and EEW OSB are reaping the benefits, providing parts for offshore wind farms off our coasts and around the world.”

International Trade Secretary Liam Fox said: “The Dutch state visit is an opportunity to celebrate the UK and the Netherlands’ more than 400-year long trading heritage.”

As the UK forges an independent trade policy for the first time in more than four decades, my international economic department is working with the Dutch – our North Sea partners – towards a bright trading future too.

The Innovation Showcase will demonstrate the huge opportunities for our economies – two of the world’s most innovative – to collaborate even further, creating jobs and prosperity for generations to come.

Source:renews

Innogy portal opens Sofia supplier doors

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Companies can now register an interest in supplying Innogy's 1200MW Sofia offshore wind farm, which will be located 165km off the north-east coast of England.

A dedicated digital portal has been set up for contractors and suppliers to register capabilities and interest in working on the project, formerly known as Dogger Bank Teesside B.

Sofia project director David Few said: “The team is committed to both delivering a winning (Contracts for Difference) bid for Sofia and maximising the supply chain benefits for the north-east and wider UK.

To support this we have launched the Sofia offshore wind farm portal for companies to register their interest in supply chain opportunities.

Registering is the most effective way for suppliers to ensure their goods or services are considered for suitable procurement opportunities.

The register will enable us and our tier one contractors, once they are in place, to easily identify companies with the right skills and experience required to support the project at the right time.”

Innogy said contracts will be available for a full range of jobs, including onshore enabling and grid connection, turbine and balance of plant supply, offshore installation and commissioning, operations and maintenance and support services.

It expects to make a final investment decision on the project in 2020, assuming a successful outcome in the CfD auction.

Source:renews

Swansea seeks private backers for tidal lagoon

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Swansea Council has invited private backers to undertake the delivery of the proposed 320MW Swansea Bay tidal lagoon after efforts to secure a Contract for Difference price support from the UK government came to naught.

The council-led Swansea Bay City Region is to publish a Prior Invitation Notice to give private sector companies and investors the chance to deliver the £1.3bn project.

Swansea Bay developer Tidal Lagoon Power failed earlier this year to get backing from the UK government for a 35-year CfD worth £92.50 per megawatt-hour on value for money grounds.

We’re now testing the market to see which companies are interested in helping to deliver the lagoon – this could range from large financial institutions who want to invest in the project to major construction companies who want to build it,” said Leader of Swansea Council Rob Stewart.

Once we know the type and level of interest from the private sector, we can consider the best route to take to ensure we deliver this project and pave the way for a new industry,” he added.

The "fundamental requirement" of the lagoon is to be “stand alone requiring no form of subsidy".

The Welsh government, however, has indicated it is prepared to make a significant investment alongside an appropriate institutional partner or investor.

The partner or partners will be required to conclude the detailed planning, design and licencing, obtain all appropriate permissions and secure funding for the realisation of the lagoon.

The project will involve a strategic review of the overall project, design work, development of business and project plans, securing of necessary investment, construction and operation.

Source:renews